@defuneste I noticed that before LLMs from the user side:
As soon as I got good enough at reading other people's source code that I could solve most of my problems without asking on IRC or forums, it became very difficult for me to join any community.
1. taking from a public resource (public websites, source code of FOSS projects, knowledge-sharing forums, etc)
2. destroying the public resource in the process (overloading the websites, flooding FOSS projects with slop PRs, disrubting the social dynamic required for forums to work)
3. renting you access to a worse version of the public resource they have destroyed
@nytpu based on some of my family members' fate, if you die from radiotherapy, it can be weeks or months after radiotherapy ended. It can have very delayed consequences...
@jmaris > the moment Russia wins or achieves an unjust peace, their next consideration will be [...] breaking that peace to conquer more of Ukraine
Ukraine will do its best to not agree on a peace deal that would allow Russia to do that.
In order to pull that off, Russia would need a exceptional information asymmetry, or pressure on Ukraine from the West greater than Trump's last attempt.
@piggo I think even electing a new crook would make things better if they were able to convince the crook that there will be a next election, and that losing it is possible.
what if someone rented a lot of residential proxies in Poland, tried scraping allegro through them, and got them all IP-banned?
Would the users of these IPs get pissed off enough to find the malware that does the proxying and unistall them? Would allegro relax its anti-bot measures to avoid locking real people out?
@Suiseiseki An infinitely long 50 ohm coax looks to the wave just like a 50 ohm resistor between tip and shield, right?
A finitely long coax with a 50 ohm resistor at the end looks like a finitely long coax with an infnitely long coax at the end, which is the same as infnitely long coax starting a bit closer.
So the 50ohm terminator means,no reflection from the end of the cable.
@Suiseiseki Now, imagine you want to connect 2 infinite cables to the same signal source, each going in a different direction.
Each has 50 ohms, so connecting them in parallel gets you 25 ohms. That will create reflections back to the source from the point where they're connected.
So you could connect a 50 ohm resistor in series with each cable. Cable + resistor = 100 ohm, two such things in parallel and you're back to 50 ohms.
You lose some power, yes, but you get no reflections.